I'd call the nearest Rogers store and ask. I doubt they would have any, but, hey, you never know. Failing that, if you happen to see a tech in the neighbourhood, I'd ask the tech for one.
Are you using a MoCO 2.0 qualified splitter?
Here's the spec sheet for the MoCA filters. Assuming that the splitter is indoors, a MOCA-IHF would do:
Generally, node segmentation causes signal levels to rise. I'm sure that over the course of the next few days, Rogers will adjust the signal strength for everyone in your neighborhood accordingly.
For reference, my neighborhood was splitted at the headend last year, and I noticed signal levels increased to around the 5-7dBmV range. Over the course of a few days, I noticed that they lowered the signal strength accordingly.
@toolcubed as @RyzenFX indicates, keep an eye on the signal levels over the next couple of weeks as the techs adjust them. That might change the requirement from a splitter back to an amplifier. Ideally the splitter would suffice.
As for MoCA splitters, it looks like Antronix has finally decided to manufacture MoCA 2 splitters:
It looks like there are a couple of frequency ranges, 5 to 1.218 GHz for the CMC400X series and the 5 Mhz to 1.675 Ghz for the MMC 100XH/A and 200XH/A MoCA 2 qualified splitters. They can be seen on this page:
Scroll down to the bottom of the page for the MoCA 2 splitters. That is what you're after. Question is, does Rogers actually have those in stock?
Depending on where the final signal levels are, if you decide to stick with a splitter, and Rogers doesn't have any MoCA 2 qualified splitters, then I'd say you should buy your own. If you're looking to obtain the highest performance level out of your MoCA 2 network, then you need access to the upper frequency range, up to 1.675 Ghz so that you can use the D-High band in its entirety.
As for the signal levels overall, for now, keep an eye on them to see where they go. In terms of dropping them any further with a signal attenuator, you will end up pushing up the outbound upstream signal levels.
For now, my greater concern a MoCA network in operation without a MoCA Point of Entry filter attached. Hopefully your MoCA network is encrypted. If you can't get a tech to drop one off, there's always amazon, if necessary:
For more info, have a look at the following post and the posts after that:
One more question in addition to the question above about return path attenuators...
I’m rethinking the need for a PoE filter. The only MOCA setup I have is whole home PVR for my 2 NB3 boxes. We have never used the feature and never will. If I were to ask Rogers to remove that feature from my account, would that negate the need for a PoE filter? Are there any other reasons for needing a PoE filter if I’m not using a MOCA network?
If you have Whole Home PVR then you need the POE filter, it doesn't matter if you use whole home pvr or not, the POE filter needs to be installed. The reason is you will broadcast MOCA signals from your house onto everyone else on your Tap/Node.
There is no downside to having the POE filter installed, so I would leave it installed. Coax has a big problem with noise, and the POE filter helps combat some of that issue.
I have a "complex" coax setup in my house where my two whole home pvr's have a POE filter and dedicated line that isolates them from my home phone and cable modem. Then I also have another POE filter that blocks any leakage from the TAP coming into my demarc. When I was wiring it all together my wife told me to get a job at Rogers as an installer... lol
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